Outside the O'Higgins German Antarctic Receiving Station (GARS O'Higgins), penguins are nesting and using the big satellite antenna and its pedestal as a windbreak. Inside, German Aerospace Center ...

The German Aerospace Center (Deutsches Zentrum für Luft- und Raumfahrt; DLR) in Cologne offers interested groups the opportunity to learn more about DLR and its research weekly, from Wednesday to ...

Would you like to become part of the team? Apply now! The Product Lifecycle Management Department is dedicated to modelling, simulating and optimising products and their maintenance throughout their ...

The DLR offers a wide range of expertise in the field of hydrogen and conducts research to support a competitive economy, sustainable mobility and a resilient society.

The world's first in-flight measurements of contrails from a hydrogen-powered turbojet engine have been conducted. The measurements provide new insights into the climate impact of contrails produced ...

The German Space Agency at the German Aerospace Center (DLR) and the US space agency NASA are continuing their gravity field measurements from space with the 'Gravity Recovery and Climate Experiment - ...

Space radiation poses a significant health risk during long-duration astronaut missions. To develop protective solutions, comprehensive and consistent radiation data is required from beyond low-Earth ...

Whether in science, technology or administration – DLR offers exciting tasks for different talents at Würselen (StädteRegion Aachen). DLR has successfully conducted the first flight of the HyBird ...

Soot emissions alone cannot explain the formation of contrails, as recent atmospheric research findings show. With extremely low-sulphur fuels, volatile organic compounds and lubricating oil vapours ...

The PLATO space mission will use 26 cameras to search for Earth-like planets around 200,000 stars in the Milky Way, starting in late 2026. DLR is leading the PLATO payload consortium and supplying ...

DLR has developed new aircraft wings capable of changing shape during flight. Artificial intelligence controls the wings and automatically adjusts them, even in the event of disturbances. The goal is ...